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0432607
TOWOLDMON0032467 WATER_PCB-00016936
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TOWOLDMON0032468 WATER_PCB-00016937
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TOWOLDMON0032469 WATER_PCB-00016938
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0432810
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TOWOLDMON0032470 WATER_PCB-00016939
TYPICAL PROPERTIES
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TURBINOITLUBRICANTS
TURBINO^
50
GENERAL PHYSICAL PROPERTIES Bluish-green
Appearance
_ id
Specific Gravity 25p/25 C.
1.150/
Pour Point, F.
-5
Moisture, %, Maximum
0.10
Acidity, mg KOH/g, Maximum
0.15
Vapor Pressure, mm Hg.@200F,.
0.002
Solubility in Water
Nil
1122
1223
Clear amber oi l -I*-.'
1.1734 -20
0.10 0.10 0.002
Nil
Clear amber oil
1.142 1
-5 0.10 0.10 0.002
Nil
PHYSICAL PROPERTY VARIATION WITH TEMPERATURE
Viscosity, SSU 4of. 60 F.
100F. 150F. 210F.
3000 1000
231 80 46
Viscosity, cs.
40 F.
60 F. 100 F.
150 F. 200 F. 210 F.
725 200
4? 14.5
6.5
5.90
Density, g./ml. 40F.
100 F. 210 F.
1.145
1.115 1.075
Specific Heat, Btu./lb.F. 60 F.
100 F. 150 F. 200 F.
0.37 0.38 0.40
0.42
Thermal Conductivity, Btu./Hr.
60 F.
100 F.
150 ,,F.
200 F.
ftF.
0.073 0.073 0.073 0.072
1480 525 150 62 42.1
320 120
31.9 11.0
5.4 4.82
1.20 1.17 1.13
0.36 0.38 0.39 0.41
0.074 0.074 0.073 0.073
3460 1150
240 76 45.9
750 24 0 51.7 15.5
6.9 6.02
1.14 1.11 1.07
0.37 0.38 o.4o 0.42
0.073 0.073 0.073 0.072
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TOWOLDMON0032471 WATER_PCB-00016940
TYPICAL0pPROPER1 TIES TURBINOlTLUBRICANTS
-5
TURBINO
50 1122
GENERAL PHYSICAL PROPERTIES Bluish-green
Appearance
oil
Specific Gravity 35y25 c.
1.150
Pour Point, P.
-5
Moisture,
Maximum
0.10
Acidity, mg KOH/g, Maximum
0.15
Vapor Pressure, mm Hg.@200F.
0.002
Solubility in Water
Nil
clear amber oil
1.173 -20
0.10 0.10 0.002
Nil
1223
clear amber oil
1.142 -5
0.10 0.10 0.002
Nil
PHYSICAL PROPERTY VARIATION WITH TEMPERATURE
Viscosity, SSU
40 F. 60 F.
100F. 150 F. 210F.
3000
1000 231.
80 46
Viscosity, cs. 40F. 60 F.
100 F. 150 F. 200 F. 210 F.
725 200
4
1 4.5 6.5 5.90
Density, g./ml. 40F.
100 F. 210 F.
1.145 1.115 1.075
Specific Heat, Btu./lb.F.
60 F. 100 F. 150 F. 200 F.
0.37 0.38 0.40 0.42
Thermal 60>.
100 .F. 150 0F. 200 F.
Conductivity;
Btu./to.
ftF.
0.073
0.073 0.073 0.072
1480 525 150 62 42.
320 120
31.9 11.0
5.4 4.82
1.20 1.17 1.13
0.36 0.38 0.39 o.4i
0.074 0.074 0.073 0.073
3460 1150
240 76 45.9
750 240 51.7 15.5
6.9 6.02
1.14 l.ll I.07
0.37 0.38 o.4o 0.42
0.073 0.073 0.073 0.072
0S32812
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TOWOLDMON0032472 WATER_PCB-00016941
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TOWOLDMON0032473 WATER_PCB-00016942
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TOWOLDMONOQ32474 WATER_PCB-00016943
PERFORMANCE PROPERTIES
OF TURBINOL LUBRICANTS
LUBRICATION DATA Four-Ball Wear Test, (scar diameter in mm.) 625 rpm, 167eF., 1 hr. Steel/Steel 10 Kg. load 40 Kg. load Steel/Bronze 10 Kg. load 40 Kg. load
FOAM TEST
T5Tm5u892 Sequence 1,2,3
50
0.45 0.62 0.39 0.63
Pass
turbinoif' 1122
0.40 O.58 0.42 1.01
Pass
1223
0.44 0.58 0.42 0.65
Pass
RUST TEST
TBT1T1CT65 24-Hr. Distilled Water
Pass
Pass
Pass
STABILITY & CORROSION DATA
Oxidation and corrosion Tests by Federal Test Method Standard Number 791a, Method 5308.
168 hrs., 5^/hr. air. 250F. Viscosity ia change @100 F.
+6.9
i3.6
+4.6
Acidity, TAN Change
Metal weight change. mg./cm2
Magnesium
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Aluminum
Cadmium
Steel
Copper
0.00
0.00 +0.01 +0.03 +0.04 -0.16
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-0.02 +0.02 +0.04 -0.01 . -0.16
0.00
0.00 +0.01 +0.03 +0.04 -0.16
0A32815
TOWOLDMON0032475 WATER_PCB-00016944
72 hrs., 5/f/hr.air, 347 F. Viscosity # change @ 100F.
Acidity, TAM Change
Metal weight change, mg./cm2 Magnesium Aluminum Cadmium Steel Copper
52
+13.6
+ 2.23
+ 0.04 + 0.03 + o.o4
0.00 - 0.25
ftLCOR DEPOSITION TEST
1000 ml./min. air flow)
Tube temperature,F. Overall rating Critical temperature,F. Filter deposit, mg.
450
25.2 510 0.1
TURBINOL
1122
+7.8
+3-50
+o.o4 +0.01 +0.03 +o.o4
0.00
450 22.7
515 0.8
1223
+19.8
+2.18
+0.04 +0.01 +o.o4 +o.o4
0.16
450 29-5 >460
0.4
043281b
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TOWOLDMON0032476 WATER_PCB-00016945
FIRE RESISTANCE PROPERTIES
OF TURBINOL LUBRICANTS
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The fire resistant/propwjty- of phosphate ester fluids i well established in applications as turbine lubricants, and hydraulic
fluids
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, Basic tests used to demonstrate the fire-resistant properties of c------^Turbinol fluids are listed below with corresponding results.
TURBIN01
Flash Point, COC.,0F. Fire Point, COC.,F. Autoignition,F., (ASTM D-2155) Autoignition,eF., (ASTM D-286)
High Pressure Spray Test (AMS 3150C)
50
1122
1223
00
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620 910 >1000
650 1050 0 >1000
620 910 >1000
Intermittent Flashing ------Self extinguishing
Hot Manifold Test (Federal Test Method Std. 791a)
@ 1300F. @ 950F.
Molten Metal Test @ 1300F.
Flashes, does not propagateDoes not flash or burn - - -
No Ignition
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TOWOLDMON0032477 WATER_PCB-00016946
COMPATIBILITY WITH MATERIALS
Metals
Turbinol fiui-ds are compatible with all commonly used metals or construction and with tin babbitt bearing
Packings, Seals, Hoses, S3&
The following polymeric, non-metallic materials are com
patible with Turbinol fluids-:
.
Butyl EPR EPT
Teflon Nylon Silicone
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are satisfactory for use with Turbinol fluids
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> Turbinol fluids are miscible in all proportions with other phosphate ester type lubricants. They will dissolve only small amounts (3-5%) of most types of petroleum oils.
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TOWOLDMON0032478 WATER_PCB-00016947
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TOWOLDMON0032479 WATER_PCB-00016948
TOWOLDMON0032480 WATER_PCB-00016949
TOXICITY AND SAFE HANDLING
Acute animal studies indicate that Turblnols 50, 1122, and 1223 can be classified as practically non-toxic when considered as an industrial fluid. They are non-irritating when the skin is exposed to the fluid.
However, these products should not contact or in any way contaminate food, animal feed, food products, food packaging materials, pharmaceuticals or any items which may directly or indirectly be ultimately ingested by humans. Any contact may contaminate these items to the extent that their destruction may be required.
Due to their low order of toxicity, the Turbinol fluids require no special handling precautions. However, as in handling any chemical, good hygienic procedures should be followed. In case of skin contact, wash off with soap and water. In the case of eye contact, flush with copious amounts of water.
0-.328Z1
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TOWOLDMON0032481 WATER_PCB-00016950
